Abstract
This document is the model summary report for the safety assessment SR-Site. In the report, the quality assurance (QA) measures conducted for assessment codes are presented together with the chosen QA methodology. In the safety assessment project SR-Site, a large number of numerical models are used to analyse the system and to show compliance. In order to better understand how the different models interact and how information are transferred between the different models Assessment Model Flowcharts, AMFs, are used. From these, different modelling tasks can be identify and the computer codes used. As a large number of computer codes are used in the assessment the complexity of these differs to a large extent, some of the codes are commercial while others are developed especially for the assessment at hand. QA requirements must on the one hand take this diversity into account and on the other hand be well defined. In the methodology section of the report the following requirements are defined for all codes: - It must be demonstrated that the code is suitable for its purpose. - It must be demonstrated that the code has been properly used. - It must be demonstrated that the code development process has
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Vahlund, Fredrik;
Zetterstroem Evins, Lena;
[1]
Lindgren, Maria
[2]
- Swedish Nuclear Fuel and Waste Management Co., Stockholm (Sweden)
- Kemakta Konsult AB, Stockholm (Sweden)
Citation Formats
Vahlund, Fredrik, Zetterstroem Evins, Lena, and Lindgren, Maria.
Model summary report for the safety assessment SR-Site.
Sweden: N. p.,
2010.
Web.
Vahlund, Fredrik, Zetterstroem Evins, Lena, & Lindgren, Maria.
Model summary report for the safety assessment SR-Site.
Sweden.
Vahlund, Fredrik, Zetterstroem Evins, Lena, and Lindgren, Maria.
2010.
"Model summary report for the safety assessment SR-Site."
Sweden.
@misc{etde_1013202,
title = {Model summary report for the safety assessment SR-Site}
author = {Vahlund, Fredrik, Zetterstroem Evins, Lena, and Lindgren, Maria}
abstractNote = {This document is the model summary report for the safety assessment SR-Site. In the report, the quality assurance (QA) measures conducted for assessment codes are presented together with the chosen QA methodology. In the safety assessment project SR-Site, a large number of numerical models are used to analyse the system and to show compliance. In order to better understand how the different models interact and how information are transferred between the different models Assessment Model Flowcharts, AMFs, are used. From these, different modelling tasks can be identify and the computer codes used. As a large number of computer codes are used in the assessment the complexity of these differs to a large extent, some of the codes are commercial while others are developed especially for the assessment at hand. QA requirements must on the one hand take this diversity into account and on the other hand be well defined. In the methodology section of the report the following requirements are defined for all codes: - It must be demonstrated that the code is suitable for its purpose. - It must be demonstrated that the code has been properly used. - It must be demonstrated that the code development process has followed appropriate procedures and that the code produces accurate results. - It must be described how data are transferred between the different computational tasks. Although the requirements are identical for all codes in the assessment, the measures used to show that the requirements are fulfilled will be different for different types of codes (for instance due to the fact that for some software the source-code is not available for review). Subsequent to the methodology section, each assessment code is presented together with a discussion on how the requirements are met}
place = {Sweden}
year = {2010}
month = {Dec}
}
title = {Model summary report for the safety assessment SR-Site}
author = {Vahlund, Fredrik, Zetterstroem Evins, Lena, and Lindgren, Maria}
abstractNote = {This document is the model summary report for the safety assessment SR-Site. In the report, the quality assurance (QA) measures conducted for assessment codes are presented together with the chosen QA methodology. In the safety assessment project SR-Site, a large number of numerical models are used to analyse the system and to show compliance. In order to better understand how the different models interact and how information are transferred between the different models Assessment Model Flowcharts, AMFs, are used. From these, different modelling tasks can be identify and the computer codes used. As a large number of computer codes are used in the assessment the complexity of these differs to a large extent, some of the codes are commercial while others are developed especially for the assessment at hand. QA requirements must on the one hand take this diversity into account and on the other hand be well defined. In the methodology section of the report the following requirements are defined for all codes: - It must be demonstrated that the code is suitable for its purpose. - It must be demonstrated that the code has been properly used. - It must be demonstrated that the code development process has followed appropriate procedures and that the code produces accurate results. - It must be described how data are transferred between the different computational tasks. Although the requirements are identical for all codes in the assessment, the measures used to show that the requirements are fulfilled will be different for different types of codes (for instance due to the fact that for some software the source-code is not available for review). Subsequent to the methodology section, each assessment code is presented together with a discussion on how the requirements are met}
place = {Sweden}
year = {2010}
month = {Dec}
}